Soar with Haskell - Schrijvers, Tom

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Résumé :
Build powerful software solutions and develop proficiency in Haskell, from understanding the foundational principles through to mastering advanced functional programming concepts Key Features: - Learn from an expert lecturer and researcher who knows all the ins and outs of Haskell - Develop a clear understanding of Haskell, from the basics through to advanced concepts - Get to grips with all the key functional programming techniques - Purchase of the print or Kindle book includes a free PDF eBook Book Description: With software systems reaching new levels of complexity and programmers aiming for the highest productivity levels, software developers and language designers are turning toward functional programming because of its powerful and mature abstraction mechanisms. This book will help you tap into this approach with Haskell, the programming language that has been leading the way in pure functional programming for over three decades. The book begins by helping you get to grips with basic functions and algebraic datatypes, and gradually adds abstraction mechanisms and other powerful language features. Next, you'll explore recursion, formulate higher-order functions as reusable templates, and get the job done with laziness. As you advance, you'll learn how Haskell reconciliates its purity with the practical need for side effects and comes out stronger with a rich hierarchy of abstractions, such as functors, applicative functors, and monads. Finally, you'll understand how all these elements are combined in the design and implementation of custom domain-specific languages for tackling practical problems such as parsing, as well as the revolutionary functional technique of property-based testing. By the end of this book, you'll have mastered the key concepts of functional programming and be able to develop idiomatic Haskell solutions. What You Will Learn: - Write pure functions in all their forms - that is basic, recursive, and higher-order functions - Model your data using algebraic datatypes - Master Haskell's powerful type-class mechanism for ad hoc overloading - Find out how Haskell's laziness gets the job done - Reconcile Haskell's functional purity with side effects - Familiarize yourself with the functor, applicative functor, monad hierarchy - Discover how to solve problems with domain-specific languages - Find more bugs with Haskell's property-based testing approach Who this book is for: If you are a programmer looking to gain knowledge of Haskell who's never been properly introduced to functional programming, this book is for you. Basic experience with programming in a non-functional language is a prerequisite. This book also serves as an excellent guide for programmers with limited exposure to Haskell who want to deepen their understanding and foray further into the language. Table of Contents - Functions - Algebraic Datatypes and Pattern Matching - Recursion - Higher-Order Functions - First-Class Functions - Type Classes - Lazy Evaluation - Input/Output - Monoids and Foldables - Functor, Applicative Functor, and Traversable - Monads - Monad Transformers - Domain-Specific Languages - Parser Combinators - Lenses - Property-based Testing...

Biographie:
Tom Schrijvers is a professor of computer science at KU Leuven in Belgium since 2014, and previously from 2011 until 2014 at Ghent University in Belgium. He has over 20 years of research experience in programming languages and has co-authored more than 100 scientific papers. Much of his research focuses on functional programming and on the Haskell programming language in particular: he has made many contributions to the language, its ecosystem and applications, and chaired academic events like the Haskell Symposium. At the same time, he has more than a decade of teaching experience (including functional programming with Haskell) and received several teaching awards.

Sommaire:
Tom Schrijvers is a professor of computer science at KU Leuven in Belgium since 2014, and previously from 2011 until 2014 at Ghent University in Belgium. He has over 20 years of research experience in programming languages and has co-authored more than 100 scientific papers. Much of his research focuses on functional programming and on the Haskell programming language in particular: he has made many contributions to the language, its ecosystem and applications, and chaired academic events like the Haskell Symposium. At the same time, he has more than a decade of teaching experience (including functional programming with Haskell) and received several teaching awards....